MOQ: | 1pc |
Price: | negotiable |
Standard Packaging: | carton |
Delivery Period: | 3-5 days |
Payment Method: | T/T, Western Union |
Supply Capacity: | 30-50pcs/month |
Model | CH5-2 |
---|---|
Type | Curved Array |
Frequency | 2.0-5.0MHz |
Applications | Abdominal, Obstetrics, Gynaecology, Urology |
Compatible Systems | Siemens Acuson X150, X300, X300PE, X600; Siemens Sonoline G40, G60S |
Warranty | 60 days |
---|---|
Lead Time | 3-5 days |
Before Delivery | Tested images & videos will be shared |
Shipping Method | Express or as clients required |
The Siemens X300 CH5-2 is a professional-grade convex array ultrasound probe designed for medical imaging applications. This original equipment probe offers reliable performance for abdominal, obstetrics, gynaecology, and urology examinations with its 2.0-5.0MHz frequency range.
The curved array design provides optimal imaging performance when used with compatible Siemens ultrasound systems including the Acuson X150, X300, X300PE, X600, and Sonoline G40/G60S models.
MOQ: | 1pc |
Price: | negotiable |
Standard Packaging: | carton |
Delivery Period: | 3-5 days |
Payment Method: | T/T, Western Union |
Supply Capacity: | 30-50pcs/month |
Model | CH5-2 |
---|---|
Type | Curved Array |
Frequency | 2.0-5.0MHz |
Applications | Abdominal, Obstetrics, Gynaecology, Urology |
Compatible Systems | Siemens Acuson X150, X300, X300PE, X600; Siemens Sonoline G40, G60S |
Warranty | 60 days |
---|---|
Lead Time | 3-5 days |
Before Delivery | Tested images & videos will be shared |
Shipping Method | Express or as clients required |
The Siemens X300 CH5-2 is a professional-grade convex array ultrasound probe designed for medical imaging applications. This original equipment probe offers reliable performance for abdominal, obstetrics, gynaecology, and urology examinations with its 2.0-5.0MHz frequency range.
The curved array design provides optimal imaging performance when used with compatible Siemens ultrasound systems including the Acuson X150, X300, X300PE, X600, and Sonoline G40/G60S models.